Mining Americas Inc.TSX: MAI

Virgin Metals Announces Final Diamond Drill Results from Los Verdes

· Issued by Mining Americas Inc.

TSX Symbol: VGM

Shares Outstanding: 78,951,885

TORONTO, Dec. 6 /CNW Telbec/ - Virgin Metals Inc. (TSX: VGM) ("Virgin Metals" or the "Company") announces that it has received the final drill results from its 2007 diamond drill program at its 100% owned Los Verdes molybdenum - copper project in Sonora, northern Mexico. Drilling was carried out in the period March to June 2007, after which the core was subjected to intensive geologic logging, density determination and geotechnical analysis before being submitted for assay. The coarse nature of molybdenum and copper mineralization and the rubbly nature of much of the core dictated whole core sampling. The cores of seventeen holes were submitted for assay and the cores of three holes were retained for visual reference.

Virgin Metals President and CEO Chris Davie said: "All results from drilling at Los Verdes are now received and will be included, together with historic drilling data and adit sampling data, in a final resource model that will form the basis for mine planning and scheduling. Our staff and consultants are now compiling and verifying a data base of all assay, density and geologic data as part of the modeling process. The results from diamond drilling generally confirm conclusions drawn from reverse circulation drilling but have given a substantially greater insight into the geology of the deposit than was possible from reverse circulation drilling. Other aspects of the Los Verdes feasibility study are now well advanced and we hope to be in a position to announce results early in 2008."

Eight holes for which assays are returned are twins of previously drilled reverse circulation holes. The results of these reverse circulation holes were reported earlier but for ease of reference are included herewith. Holes LVDD2907, LVDD2907I and LVDDDPC53 were drilled essentially for geotechnical purposes and no significant assay results were returned. Holes LVDD7107, LVDD7207 and LVDD7307 were drilled in the tungsten zone immediately west of the molybdenum/copper mineralization. Hole LVDD0207 was terminated prematurely when it intersected the adit and the hole LVDD0307 was collared somewhat further from its twin than was ideal in order to avoid the adit.

Results of diamond drill holes returning significant assays are tabulated as follows (previously released twinned reverse circulation holes are included in light type for reference):

Hole No.      Inclination        Total       From        To    Intercept
                                 Depth        (m.)      (m.)         (m.)

LVDD1A07         vertical       175.20      24.00     91.50        67.50
 including                                  24.00     73.50        49.50
LVRC0106         vertical       172.21      24.38     92.96        68.58
 including                                  24.38     74.68        50.30

Hole No.      Inclination        Total       From        To    Intercept
                                 Depth        (m.)      (m.)         (m.)

LVDD0207         vertical        76.05      16.50     73.40        56.90
LVRC0206         vertical       160.02      16.76     73.15        56.39

LVDD0307         vertical       173.80      15.00    117.00       102.00
LVRC0306         vertical       153.92      33.53    137.16       103.63

LVDD0507              -45       172.00      25.50    127.50       102.00
LVRC0506              -45       173.74      27.43    129.54       102.11

LVDD1407         vertical       101.30      37.50    101.30        63.80
LVRC1406         vertical       182.88      38.10    102.11        64.01

LVDD14A07             -60        89.40      28.50     64.50        36.00
 including                                  42.00     64.50        22.50

LVDD1907         vertical        95.80      28.50     69.00        40.50
 including                                  31.50     57.00        25.50
LVRC1906         vertical       102.11      28.96     70.10        41.14
 including                                  32.00     57.91        25.91

LVDD19A07             -50       120.90      37.50     40.50         3.00

LVDD3507         vertical       100.50      25.50     61.50        36.00
LVRC3506         vertical        91.44      25.91     60.96        35.05

LVDD3607              -50       105.60      25.50     43.50        18.00
LVRC3606              -50        91.44      25.91     42.67        16.76

LVDDC23               -45       168.90      51.00    160.50       109.50
 including                                  51.00     72.00        21.00

LVDDDPC53        vertical       169.80      60.00     66.00         6.00

LVDD2907I             -45       139.60     106.50    139.60        33.10

LVDD7107          vertical       70.10      39.00     60.00        21.00
LVRC7107          vertical       91.44      39.62     60.96        21.34

Hole No.       Inclination       Total       From        To    Intercept
                                 Depth        (m.)      (m.)         (m.)

LVDD7207          vertical       88.20       0.00     13.50        13.50
LVRC7207          vertical       77.72       1.52     13.72        12.20

LVDD7307          vertical       70.30       0.00     57.00        57.00
LVRC7307          vertical       76.20       1.52     56.39        54.87



                     True           Mo
                Thickness        Total         Cu         W           Ag
Hole No.              (m.)           %          %         %          g/t

LVDD1A07            67.50         0.21       0.88
 including          49.50         0.28       1.17
LVRC0106            68.58         0.27       1.22
 including          50.30         0.33       1.51

                     True           Mo
                Thickness        Total         Cu         W           Ag
Hole No.              (m.)           %          %         %          g/t

LVDD0207            56.90         0.07       0.40
LVRC0206            56.39         0.07       0.46

LVDD0307           102.00         0.06       1.02
LVRC0306           103.63         0.11       1.29

LVDD0507            72.11         0.08       0.63
LVRC0506            72.19         0.18       0.85

LVDD1407            63.80         0.01       0.05
LVRC1406            64.01         0.01       0.06

LVDD14A07           31.18         0.22       0.28
 including          19.48         0.29       0.28

LVDD1907            40.50         0.11       1.22      0.18          4.0
 including          25.50         0.09       1.49      0.11          4.2
LVRC1906            41.14         0.07       1.43      0.35          6.5
 including          25.91         0.07       2.02      0.34          7.9

LVDD19A07            2.30         0.15       2.98

LVDD3507            36.00         0.28       0.38
LVRC3506            35.05         0.22       0.37

LVDD3607            13.79         0.12       0.68      0.08          4.6
LVRC3606            14.51         0.15       0.47      0.05          1.7

LVDDC23             77.42         0.12       0.52      0.11         11.1
 including          14.85         0.43       0.23      0.09         28.1

LVDDDPC53            6.00         0.19       0.05

LVDD2907I           23.40         0.05       0.05      0.06         26.6

LVDD7107            21.00          nil       0.10
LVRC7107            21.34          nil       0.08

                     True           Mo
                Thickness        Total         Cu         W           Ag
Hole No.              (m.)           %          %         %          g/t

LVDD7207             13.50         nil        nil      0.10
LVRC7207             12.20         nil        nil      0.12

LVDD7307             57.00         nil        nil      0.25
LVRC7307             54.87         nil        nil      0.28

Core samples, typically representing 1.5 metres of whole core, were placed in plastic bags along with their corresponding sample tag. The bag was then securely fastened with a security tag and both numbers were recorded for reference. The samples were stored locally until transported to the ALS Chemex laboratory in Hermosillo where sample preparation was performed. All assay work was carried out at the ALS Chemex laboratory in Vancouver, B.C.

In addition to routine quality control work carried out by ALS Chemex, the Company has established a quality control protocol consisting of the routine use of blank samples and certified sample assay standards obtained from WCM Sales Ltd., Burnaby B.C.

This report has been prepared by Mr. Gary Lohman, a Registered Professional Geologist and Qualified Person (QP) as defined by NI 43-101 of the Canadian Securities Administrators. Mr. Lohman is the QP for the Los Verdes exploration program

About Virgin Metals

Virgin Metals is a junior exploration and development company; its projects include two copper/molybdenum porphyry properties in Sonora, northern Mexico. One of these, Los Verdes, is undergoing a feasibility study and is expected to evolve rapidly towards production while the other, Cuatro Hermanos, is presently the focus of an intense exploration effort.

FORWARD-LOOKING STATEMENTS

This press release includes certain "forward-looking information" within the meaning of the Securities Act (Ontario), including, but not limited to, statements as to timing and extent of exploration programs and the availability of exploration results. As such, forward-looking information addresses future events and conditions and so involves inherent risks and uncertainties, as disclosed under the heading "Risk Factors" and elsewhere in Virgin Metals documents filed from time to time with the Ontario Securities Commission and other regulatory authorities. Actual results could differ significantly from those currently projected as a result of, among those factors, adverse weather, regulatory changes, delays in receiving permits, accidents and delays in completing exploration activities not all of which are in the control of Virgin Metals. The forward-looking information contained herein is Virgin Metal's reasonable estimate today of future events and conditions, but no assurance can be given that such events or conditions will occur.